Technical Industry.
Our Innovation for Your Future.

Jaeger develops and produces tailor-made technical textiles and components based on polymers for many different industries and applications.

  • Mobiltech. Innovative solutions to automotive sector standards.
  • Protech. Strong and performance textiles that stay safe in tough places.
  • Hometech. Components providing shape, strength and comfort.
  • Buildtech. Protective materials for building strong and safe structures.
  • Sporttech. Functional components for sport and outdoor equipments.
  • Clothtech. Textiles for fashionable and functional clothes.

We offer innovative solutions with know-how and added value.
Not industry-oriented, but application-oriented.

Product Overview

Areas of Application

Mobiltech

Innovative solutions to automotive sector standards.

Protech

Strong and performance textiles that stay safe in tough places.

Hometech

Components providing shape, strength and comfort.

Buildtech

Protective materials for building strong and safe structures.

Sporttech

Functional components for sport and outdoor equipments.

Clothtech

Textiles for fashionable and functional clothes.

Applications Examples
Applications Examples
Applications Examples

Advanced Manufacturing Capabilities.

At Jaeger, we work closely with our partners to develop the best solutions tailored to their specifications. We use a wide range of state-of-the-art manufacturing technologies and maintain strict standards for precision and quality.
Our manufacturing systems are mainly redundant and strategically distributed across different production sites to increase safety and speed up processes. This cross-site redundancy emphasises our commitment to reliability and efficiency.
Our employees are characterized by a high level of technical expertise, with continuous professional development being an integral part of the Jaeger DNA. At Jaeger, we work in the belief that our commitment to excellence results in limitless opportunities.

Weaving
Narrow fabric production involving the interlacing of horizontal and vertical threads, creating textiles with various patterns and structures.
Finishing
Textile finishing, including ironing or chemical treatments, improves properties such as texture, appearance or performance, including water-repellent or flame-retardant applications.
Dyeing
Imparting color to materials like textiles using different dyeing methods based on the material and desired result.
Coating
Applying a layer of material onto a substrate to enhance properties, such as adhesive bonding with options like pressure-sensitive and heat-sensitive adhesives.
Lamination
Combining layers of material to enhance properties like strength and durability, providing additional functionalities such as water resistance or insulation.
Cutting
Separating materials into desired shapes using methods like blade cutting, depending on material and precision requirements.
Die Cutting
Cutting or forming materials with a die and press, often used for mass production of consistently shaped parts, such as textile components in automotive manufacturing.
Perforation
Creating holes in materials, often for functional or decorative purposes, commonly used in polymers and textiles.
Extrusion
Forcing material through a shaped die to produce a continuous profile, commonly used in the production of plastic films, pipes, and various profiles.
Injection Molding
Manufacturing parts by injecting material into a mold, widely used for producing plastic components in various industries.
Deep Drawing
Stretching and drawing a flat sheet of material over a die to create three-dimensional shapes in the plastic forming process.
3D Printing
Layer-by-layer construction of three-dimensional objects based on digital models, offering versatility for intricate and complex geometries.
Narrow fabric production involving the interlacing of horizontal and vertical threads, creating textiles with various patterns and structures.
Textile finishing, including ironing or chemical treatments, improves properties such as texture, appearance or performance, including waterrepellent or flame-retardant applications.
Imparting color to materials like textiles using different dyeing methods based on the material and desired result.
Applying a layer of material onto a substrate to enhance properties, such as adhesive bonding with options like pressure-sensitive and heat-sensitive adhesives.
Combining layers of material to enhance properties like strength and durability, providing additional functionalities such as water resistance or insulation.
Separating materials into desired shapes using methods like blade cutting, depending on material and precision requirements.
Cutting or forming materials with a die and press, often used for mass production of consistent-shaped parts, such as textile components in automotive manu- facturing.
Creating holes in materials, often for functional or decorative purposes, commonly used in polymers and textiles.
Forcing material through a shaped die to produce a continuous profile, commonly used in the production of plastic films, pipes, and various profiles.
Manufacturing parts by injecting material into a mold, widely used for producing plastic components in various industries.
Stretching and drawing a flat sheet of material over a die to create three-dimensional shapes in the plastic forming process.
Layer-by-layer construction of three-dimensional objects based on digital models, ‚offering versatility for intricate and complex geometries.

Technology and Test-Center.

In our Technology and Test Center we offer our customers access to a comprehensive range of technologies to drive the development of innovative products. Be our guest and partner to realize your development ideas.

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Sustainability Strategy.

As a company that focuses on the long term, Jaeger sees it as part of its responsibility to use resources prudently. One of our milestones: by 2030, our global production will be climate-neutral. But that is by no means everything.

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